Bring your sports-themed 3D projects to life with this high-quality Basketball Backboards with Basketball 3D model pack, featuring three distinct types of basketball backboards and two detailed basketball variations, all crafted for realism and versatility. Whether you're creating a sports arena, gym environment, outdoor park, or arcade-style game, this comprehensive set will seamlessly fit into any scene thanks to its PBR-ready textures and clean topology.

The three backboard designs include:

Professional Metal Backboard with a breakaway rim and metal frame, perfect for indoor courts and professional setups.

Sturdy Polycarbonate Backboard, designed for both indoor and outdoor use, combining realism with a slight stylized edge.

Classic Outdoor Steel/Metal Backboard, ideal for urban courts, schoolyards, or rugged sports simulations.

Each backboard comes with separate mesh components for the board, rim, net, and mounting bracket, allowing you to animate or customize parts independently if needed. Materials are fully PBR-based, using Albedo, Normal, Roughness, Metallic, AO, and Height maps, optimized for real-time engines like Unreal Engine and Unity, as well as offline renderers like Blender’s Cycles and V-Ray.

The pack also includes two basketball models:

A standard game ball with leather grain detail and accurate panel geometry.

A rubber outdoor ball with subtle wear-and-tear detail, ideal for playground scenes.

Features:

Clean, quad-based topology for smooth performance and easy editing

Real-world scale, origin centered

UV unwrapped and non-overlapping for all assets

4K PBR textures (Albedo, Normal, Roughness, Metallic, AO)

Game-ready and VR/AR optimized

Compatible with all major 3D software and game engines

Use Cases:Perfect for use in game development, architectural visualization, VR/AR training simulations, cinematic animation, sports branding, metaverse environments, and more. Whether you're building a lifelike basketball game, a fitness center tour, or a dynamic urban scene, this asset pack will enhance realism and immersion.